The phrase "assemblage size" is correct and usable in written English.
It can be used in contexts related to biology, ecology, or any field where the size of a group or collection of items is relevant.
Example: "The researchers measured the assemblage size of the fish population in the lake to assess its health."
Alternatives: "group size" or "collection size".
Tests were conducted on both individual vectors and on genus mean vectors: Individual vectors for three of five genera showed a significant relationship between vector direction and assemblage size, but only one of these (Chaetostoma) also had a significant relationship between vector length and assemblage size (Table 3: Test 1).
Given that taxon identity is the major independent variable examined herein, and that results of phylogenetic regressions run using both the individual and restricted (genus mean) datasets were almost indistinguishable, systematic effects of assemblage size should be nominal relative to taxon identity and trophic position.
Furthermore, it appeared that there was a relationship between spatial variability of the macrofaunal assemblages and size of ripples.
Here we test these hypotheses by way of a geoarcheological and taphonomical analysis using four criteria to assess the preservation of the lithic assemblages: (1) size composition, (2) artifact abrasion, (3) bone abrasion, and (4) orientations of lithic artifacts and bones (i.e., fabrics).
Different assemblages and sizes of phenocrysts between the past ejecta (derived from the volcanic edifice) and the 2011 magma caused this change.
In both the Krapina and Sima de los Huesos assemblages, sample sizes are small and near the numerical limit to test statistically.
As a result of the spatial and temporal repeatability of video techniques they are often used to monitor the biodiversity, assemblage composition and size structure of marine fishes.
Only studies reporting standing stocks for the whole assemblage of a size category were used in these analyses.
Assemblages can serve as units of analysis, but not all assemblages are equal in size or accumulation span.
Now 45 years and $700 million later, their dream has materialized as a van-size assemblage of plumbing, electronics and quartz, known unpoetically as Gravity Probe B, sitting atop a rocket at Vandenberg Air Force Base in California.
The re-sampling (bootstrap) model determined both the mean and range of carbon isotope values for simulated leaf assemblages ranging in size from 10 to over 1000 leaves.
